That's an awful lot of explaining.
Suspension of disbelief at its finest.
Really? You want to talk about 'an awful lot of explaining' and 'suspension of disbelief' with us? The Flat Earth has BEST examples:
"Universal" Acceleration, which accelerates the earth, moon, sun, and other celestial objects (if not, the earth would be catching up to and passing some of them) but not any of the objects on or near the earth (as in: when I release a bowling ball in the air above the earth, why does that bowling ball not feel "universal" acceleration and begin accelerating in the same direction as the earth, which would make it appear to hover?)
The
Shadow Object, the never-observed moon-like-thing that invisibly casts its shadow upon the moon during lunar eclipses, and otherwise leaves zero observational evidence of its existence.
Celestial Gears, which supposedly explains both why we have wind on the earth's surface, and how the stars rotate one direction in the northern hemisphere while rotating the other way in the southern hemisphere, but fails to address the fact that such a system would look truly bizarre at the equator (the two halves of the sky would have to diverge from each other as they set, in order to rotate in opposite directions from northern and southern latitudes). And fails to address the fact that such a system is incompatible with the most popular flat earth 'map' on the site.
Bendy Light, a convenient hypothetical construct that allows FE to completely ignore the fact that light travels in straight lines except where it is subject to refraction, and even there refraction functions to move light from one straight-line path to another straight-line path, is well understood, and shows no experimental justification for working differently over long distances than short distances. Ignore it, that is, until a flat earther uses perfectly-straight-line sun elevation observations to calculate the sun's elevation above a plane earth. For some reason, when doing that math, the light of the sun doesn't bend or curve at all.